[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· The angle of the spray outlet can be adjusted within a ±35° range.· Maintains its orientation better than resin nozzles even with a high flow rate.· A metal nozzle that can withstand relatively high hydraulic pressure for circulating the coolant liquid. Even at the maximum inclination angle (35°), the flow rate will not decrease.

[Features]· Material adopts polyacetal resin and has excellent mechanical strength, fatigue resistance, dimensional stability, oil resistance, and chemical resistance. In addition, its characteristics include a wide usage temperature range of -30°C to +80°C.[Applications]· Used for fixing the angle when connecting long hoses.

[Features]· Removable.· As it moves, the orientation can be adjusted.· Material adopts polyacetal resin and has excellent mechanical strength, fatigue resistance, dimensional stability, oil resistance, and chemical resistance. In addition, its characteristics include a wide usage temperature range of -30°C to +80°C.